Patent No. US11502536 (titled "Wireless Charging Mount") was filed by Yakar Technologies Llc on May 20, 2019.
’536 is related to the field of mounting mobile devices, particularly those that use inductive charging . The background acknowledges the increasing popularity of wireless charging and the challenges of aligning the charging coil in the charging pad with the receiving coil in the mobile device. Existing solutions, such as metal plates, can interfere with wireless charging and are difficult to align correctly due to the varying positions of receiving coils in different devices.
The underlying idea behind ’536 is to use a mounting template with at least one ferromagnetic strip that can be adhered to the mobile device. The template includes markings to help the user position the strip(s) correctly, avoiding the receiving coil and allowing the device to be magnetically attached to a charging mount. This approach aims to provide a more universal and aesthetically pleasing mounting solution that doesn't obstruct wireless charging.
The claims of ’536 focus on a mobile device mounting template comprising at least one ferromagnetic strip and a base sheet. The base sheet has a template sheet with markings for positioning the template on an inductively charged mobile device, and a release liner. The claims also cover a charging system that includes the mounting template and a charging pad with markings indicating the center of the charging coil, as well as a method of mounting the ferromagnetic strip using the template.
In practice, the user removes the release liner from the template, exposing the adhesive on the ferromagnetic strip(s). They then align the template with the mobile device using the provided markings, ensuring the strip(s) are positioned away from the receiving coil. Once aligned, the user presses the strip(s) onto the device, adhering them in place, and then removes the template. This allows the device to be magnetically attached to a charging mount while still allowing for efficient wireless charging.
This design differentiates itself from prior art by using thin ferromagnetic strips instead of a large metal plate. This minimizes interference with wireless charging and allows for more flexible placement, even on devices with curved backs. The template ensures accurate alignment, addressing the problem of varying receiving coil positions. Furthermore, the use of strips can be more aesthetically pleasing than a large plate, especially with the trend towards clear cases or no cases at all.
In the late 2010s when ’536 was filed, wireless charging was becoming more prevalent at a time when mobile devices commonly relied on inductive charging coils. At that time, it was typical to align a mobile device with a charging pad to initiate charging, but hardware or software constraints made precise alignment non-trivial. Many mobile mounts used metal plates to secure devices, but these plates could interfere with wireless charging if not properly positioned.
The examiner approved the application because the prior art did not disclose or suggest a mobile device mounting template with a ferromagnetic strip, a template sheet, and a release liner having markings for positioning the device on an inductively charged mobile device. The examiner also stated that the prior art did not disclose positioning the ferromagnetic strip on the mobile device using a template alignment line, adhering the strip with an adhesive, and then removing the template.
This patent contains 16 claims, with independent claims numbered 1, 7, and 12. The independent claims focus on a mobile device mounting template, a charging system incorporating the template, and a method for mounting a ferromagnetic strip to a mobile device. The dependent claims generally elaborate on the specific features, components, and steps of the independent claims.
Definitions of key terms used in the patent claims.
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